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commit chargeの例文

例文モバイル版携帯版

  • The commit charge increases when any program is opened and used, and goes down when a program is closed.
  • The operating system will expand the pagefile automatically, if possible, when the total commit charge approaches the limit.
  • The commit charge for each process does not include other major contributions to the process's virtual address space, such as mapped files.
  • The total commit charge will always be larger than the sum of these values, as the total includes system-wide allocations such as the paged pool.
  • Closing programs ( if the user is still able to do so at this point ) decreases the total commit charge and may thereby free up the system.
  • In Windows 2000 and Windows NT 4.0, these same displays are labeled " Mem usage " but again actually show the commit charge and commit limit.
  • In Task Manager's " Processes " display, each process's contribution to the " total commit charge " is shown in the " VM size " column in Windows XP and Server 2003.
  • In computing, "'commit charge "'is a term used in Microsoft Windows operating systems to describe the total amount of pageable virtual address space for which no backing store is assigned other than the pagefile.
  • In the Task Manager utility under Windows XP and Windows Server 2003, the graphical displays labeled as " PF usage " and " Page File Usage History, " despite their labels, reflect not the pagefile contents but the total ( or current ) commit charge.
  • If the system ever runs completely out of commit charge ( that is, if the total reaches the limit ), a popup window will be displayed stating that " The system is out of virtual memory, " and it may become extremely sluggish or even nonresponsive.
  • For this reason, the process's working set ( the portion of its address space that can be referenced without incurring a page fault ) may be larger than its contribution to total commit charge, and the total commit charge is not inclusive of the total memory ( physical or virtual ) actually in use.
  • For this reason, the process's working set ( the portion of its address space that can be referenced without incurring a page fault ) may be larger than its contribution to total commit charge, and the total commit charge is not inclusive of the total memory ( physical or virtual ) actually in use.